Delivery Time:In 10 days after order
Certification:CE, ISO

fiberglass blanket, FSK glasswool blanket

Aluminum Foil Glass Wool Blanket Insulation For Metal Building

Quick Detail: GLASSWOOL BLANKET INSULATION FOR METAL BUILDING usually faced with aluminum foil or white metalized scrim kraft has excellent thermal and insulation and sound absorption properties.

Description:

GLASSWOOL BLANKET INSULATION FOR METAL BUILDING is a highly efficient, resilient, and easy to handle flexible blanket insulation composed of fine, stable and uniformly textured inorganic glass fibers bonded together by a non-water soluble and fire-retardant thermosetting resin. It can be laminate with different facing materials including reinforced aluminum foil (FSK), White metalized scrim kraft (WMSK) etc for some particular purposes.

 Applications:

Tungkin GLASSWOOL BLANKET INSULATION FOR METAL BUILDING is manufactured specifically for use in the roofs and the side walls of commercial, industrial, residential, agricultural and poultry farms metal building construction.This insulation greatly reduces heat gain or loss through the building evelope.It will not rot, disintegrate or slump.

GLASSWOOL BLANKET INSULATION FOR METAL BUILDING is available with faced with aluminum foil (FSK), white metalized scrim kraft or other specific vapor barrier facings.

The choice of proper facing is important it helps to preserve the inherent fire safety of metal building. The facings brighten the building interiors due to their high light reflectance, reduce the cost of interior lighting, contribute to and effective vapor barrier and to the control of condensation and dripping moisture.

specifications:

Standard product sizes:

Density (Kg/m3)	10	12	16	20	24
Thickness (mm)		38	25	25	25
50	50	40	40	40
75	75	50	50	50
100	100	75	75	75
150	150	100	100	100
Length (mm)	7500~30000
Width (mm)	15000~30000

Other size can be made upon request.

Main Technical data

Density	Tolerance	Thermal Conductivity At24°C(2)	Service Temperature	Fiber Diameter	Shot Content	Moisture Resistance	Combustibility
(Kg/m3)		W/ (m.k)	°C	mm	%	%
10	+2 -1	<=0.04	>=350